A. Is it effective to control the temperature within a Martian home as described in the questions? Suggest some modifications on the control system, or even on the Martian home design to support your argument. Consider enhancing the process lags and the stability under sudden and/or permanent load changes. Reflect your improvements on the components of the closed loop system such as the control law, the actuator and the measurement system. Explain the effects of each improvement in details.
Task 3:
A. Is it effective to control the temperature within a Martian home as described in the questions? Suggest
some modifications on the control system, or even on the Martian home design to support your argument. Consider enhancing the process lags and the stability under sudden and/or permanent load
changes. Reflect your improvements on the components of the closed loop system such as the control law, the actuator and the measurement system. Explain the effects of each improvement in details.
B. A PID controller has KP = 3, KI = 1.2 s-1 , KD = 2 s and p(0) = 40%. Plot the controller output for the error signal given in Fig. 3. Suggest modifications to the gain values [roughly, not exact values] in
order to enhance the correction signal response. Explain the effect of your change
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